Technological aspect linked to textile production and the socialisation of these developments in society, that in their entirety give a certain style to textile products. It includes both teh developments in the construction and complexity of the loom, its equipment and instruments, and the gradual improvements in the elaboration of a cloth, and the structural and technical characteristics of textile composition that can be generated with these technological aspects as a basis or background.
Way of making a textile to obtain a product with particular or distinctive characteristics taking into account geographical, cultural, compositional and iconographic factors.
The link between the particular txetile style and the way it indicates differences between groups. The textile style includes its form, structures and techniques, iconographic composition, use of colours etc.
The array of structures for crossed warp with 1 weft, in tubular form, they are woven as 1, in simple form. However, in the most complex examples they are made with more than 3 colours and 8 or more warp threads.
In complex examples of crossed warp with 1 weft, the structure is still simple, warped in 1 layer, but normally using 3 or more colours and 8 or more warp threads.
In complex examples of crossed warp with 1 weft, the structure is still simple, warped in 1 layer, but in this case using 3 colours and 10 warp threads.
In complex examples of crossed warp with 1 weft, the structure is still simple, warped in 1 layer, but in this case using 3 colours and 12 warp threads.
In complex examples of crossed warp with 1 weft, the structure is still simple, warped in 1 layer, but in this case using 3 colours and 8 warp threads.
In complex examples of crossed warp with 1 weft, the structure is still simple, warped in 1 layer, but in this case using 7 colours and 24 warp threads.
In intertwining techniques, the directionality of the weft or warp is worked in two directions simultaneously, wrapping teh threads of the opposite access with truns to the rigth and the left, although the dominant relationship between the weft on one access and the warp on the other does not change. In both cases, the intertwining structure is of a single warp.
In the techniques of weft intertwining, the directionality of the weft is worked in two directions simultaneously, wrapping the warp threads with turns to right and left, although the dominant relationship between the warp on one axis and the weft on the other does not change. The structure of this form of intertwining is of a single warp.
In the techniques known as 'warp plaiting', the directionality of the weft is worked in two directions simultaneously, wrapping the warp threads with turns to right and left, although the dominant relationship between the warp on one axis and the weft on the other does not change. The structure of this form of intertwining is of a single warp.
In the oblique interlacing techniques the warp elements are worked without making use of a weft. The structure is simple, equivalent to warp in 1 layer.
Structure for warp faced cloth, and refers to the form of the warp with figure 8 turns on the longitudinal axis of the loom (or its pre-loom equivalent).
The structure for gauze is simple, equivalent to warping in 1 layer. The principal characteristics of the gauze techniques is the formation of crosses (the so-called 'gauze cross') in which alternate threads of the warp cross and then re-cross to return to their original position after the passes of the weft to secure this cross, producing the characteristic open work pattern.
Structure based on a horizontal element whose continuous intertwining produces rows that generate the textile surface, of a simple type, equivalent to a single warp layer.
Double (or multiple) variants of the mesh techniques produced by wrapping the active thread various times round the immediate points of the previous pass that forms the cross. The application of crosses in certain mesh rows can be skipped, fixing them later in other rows, to produce patterns of different types. In all these cases, the structure is simple, equivalent to a warp of a single layer.
